Composites. Made. Simple.

Just like you, we love carbon fiber composites and the possibilities they bring: lighter, stronger and more efficient structures. However, we also recognize the challenges that exist in traditional production of composite parts. No longer! We have developed a 3D production process that allows us to produce better carbon fiber parts at lower total costs!

Composites. Made. Simple.

Just like you, we love carbon fiber composites and the possibilities they bring: lighter, stronger and more efficient structures. However, we also recognize the challenges that exist in traditional production of composite parts. No longer! We have developed a 3D production process that allows us to produce better carbon fiber parts at lower total costs!

Smarter production leads to better parts

Lighter

Functional

Because we print the internal structure, we can include a whole range of features that otherwise would have to be assembled. Think electronics, sensors, trace heating, etc.

Cost Effective

Less moulding, milling and assembly steps means less costs. This is true for a single item and series up to 10,000 parts.

Better parts result in more effective products

Marine

Lighter carbon parts result in a better sailing experience

Mobility

Lighter carbon parts result in higher performance vehicles

Mobility

Integrated structures when space is limited

Marine

Customised parts to realise the perfect experience

Mobility

Cost effective parts for small and medium series production vehicles

Mobility

Integrated functions, like sensors, radar and electronics enable new applications

Benefits of printing

We have developed, modified and combined various innovative processes to create our FRP3D technology to take the next step in 3D printed carbon fiber parts. With this technique we are able to provide better solutions for our customers. Whenever challenges exist around geometry, mass and strength, we help to achieve the best possible product!

Optimisation of internal structures

Using computer algorithms allows us to optimise a part for the loads it will see. With this method, we have the ability to create core densities between 0 and 1100 kg/m3. This results in lower mass parts.

Lead time

We don’t need to wait for lengthy production of moulds and tooling and can start production straight away, cutting down significantly on lead time.

Cost of assembly

Integrating all kinds of functionalities directly into the print allows for much faster assembly. Faster assembly means less costs.

Mechanical properties

Because we use a two-step process, the mechanical properties of our composites are identical to composites produced in normal “high-tech” processes, like RTM, Pre-preg and Vacuum Infusion.

Are you excited yet?

Please contact us for any questions you may have regarding our process and potential products. You can either contact us directly or through the contact form on the right.

You can also add drawings or 3D models to your enquiry if you would like us to supply you with a quote.